Question ③ What is the correct option? 1) Identify the element with the flowing e-configuration * AAs (Arsenic) *.Sc (glenium) + (hharine) + &r (Beninc) sa 252 2po 352 3p 43110 403 2) The correct arrangement of increasing order of alimic among Nask, Mg, Rb is radius P. * Mg

Principles of Instrumental Analysis
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Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
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Chapter12: Atomic X-ray Spectrometry
Section: Chapter Questions
Problem 12.10QAP
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Please what is the true option
Question ③ What is the correct option?
1) Identify the element with the flowing e-configuration
* AAs (Arsenic) *.Sc (glenium) + (hharine) + &r (Beninc)
sa 252 2po 352 3p 43110 403
2) The correct arrangement of increasing order of alimic
among Nask, Mg, Rb is
radius
P.
* Mg <Na < k < Rb + My <Rb < k < Na + Nak < Rb < Mg
or none of these option.
3) The number of valence elections in bromine Bris :
*3
*7
4) for which of the following transitions das the light emmited
have the highest frequency
* n = S to n = 3 *n=Ston=2 *n=ston=/pn=ston=4
s) which one of the following orbitals can hold two
electrons
*
* 4px 2s + Sday *All orbitals can antarn
2 electrons.
Transcribed Image Text:Question ③ What is the correct option? 1) Identify the element with the flowing e-configuration * AAs (Arsenic) *.Sc (glenium) + (hharine) + &r (Beninc) sa 252 2po 352 3p 43110 403 2) The correct arrangement of increasing order of alimic among Nask, Mg, Rb is radius P. * Mg <Na < k < Rb + My <Rb < k < Na + Nak < Rb < Mg or none of these option. 3) The number of valence elections in bromine Bris : *3 *7 4) for which of the following transitions das the light emmited have the highest frequency * n = S to n = 3 *n=Ston=2 *n=ston=/pn=ston=4 s) which one of the following orbitals can hold two electrons * * 4px 2s + Sday *All orbitals can antarn 2 electrons.
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